Create a branch with a solid websocket server/client for real time applications

[tom-leamon]

A rock-solid websockets client/server architecture using TypeScript can be achieved by using a few key technologies and best practices. Here is an example of such an architecture:

• Server: The server can be built using a framework such as Express or Koa, and use a library like Socket.io or ws for websockets. These libraries provide a simple and easy-to-use API for working with websockets, and can be easily integrated with Express or Koa.
• Client: The client can be built using a framework such as Angular or React, and use a library like socket.io-client or ws for websockets. These libraries provide a simple and easy-to-use API for working with websockets, and can be easily integrated with Angular or React.
• TypeScript: TypeScript can be used to build both the server and the client, providing a strong type system and better code organization. This can help to prevent common errors and make the code more maintainable.
• Authentication and Authorization: To secure the websocket connection, authentication and authorization can be implemented using JSON Web Tokens (JWT) or other token-based authentication methods.
• Error Handling: Proper error handling should be implemented on both the client and the server to ensure that any errors that occur during the websocket connection are handled and logged appropriately.
• Testing: Unit tests can be written using a framework like Jest or Mocha, to ensure that the server and client are working correctly.
• Scalability: The architecture can be scaled horizontally by adding more servers behind a load balancer. In case of high traffic, the server can be scaled up by adding more resources to the machine.
• Monitoring: To ensure the system is functioning correctly, it's important to have monitoring tools in place to track the performance, errors, and user activity.

By following these guidelines, a rock-solid websockets client/server architecture can be built using TypeScript, ensuring a secure, stable, and easy-to-maintain system.